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Q1721768 Inglês
Answer the question according to the text bellow

THE CREATIVE BRAIN IS WIRED DIFFERENTLY

Scientists studying brain scans of people who were asked to come up with inventive uses for everyday objects found a specific pattern of connectivity that correlated with the most creative responses. Researchers were then able to use that pattern to predict how creative other people's responses would be based on their connections in this network. The study is described in a January 15 (2018) paper published in the Proceedings of the National Academy of Sciences.

"What this shows is that the creative brain is wired differently," said Roger Beaty, a Post-Doctoral Fellow in Psychology and the first author of the study. "People who are more creative can simultaneously engage brain networks that don't typically work together. We also used predictive modeling to show we could predict, with some degree of accuracy, how creative people's ideas were (based on brain scans) that had already been published." Beaty and colleagues reanalyzed brain data from previous studies and found that, by simply measuring the strength of connections in these peoples' brain networks, they could estimate how original their ideas would be.

While the data showed that regions across the brain were involved in creative thought, Beaty said the evidence pointed to three subnetworks -- the default mode network, the salience network and the executive control network -- that appear to play key roles in creative thought.

The default mode network, he said, is involved in memory and mental simulation, so the theory is that it plays an important role in processes like mindwandering, imagination, and spontaneous thinking.

"In terms of creativity, we think that's important for brainstorming," Beaty said. "But you're not always going to stumble onto the most creative idea that way, because you might be drawn to something unoriginal from memory, so that's when these other networks come online."

The salience network, he said, detects important information, both in the environment and internally. When it comes to creativity, researchers believe it may be responsible for sorting through the ideas that emerge from the default mode network.

Lastly, Beaty said, the executive control network works to help people keep their focus on useful ideas while discarding those that aren't working.

"It's the synchrony between these systems that seems to be important for creativity," Beaty said. "People who think more flexibly and come up with more creative ideas are better able to engage these networks that don't typically work together and bring these systems online."

To identify the brain network involved in creativity, Beaty and colleagues recruited a total of 163 volunteers, and used functional magnetic resonance imaging (FMRI) technology to scan their brains as they tried to conceive of creative ideas for everyday objects, like a brick or a knife or a rope.

The team then trained "raters" to review the responses from participants and evaluate how creative their ideas were.

"Creativity is typically defined as the ability to come up with new and useful ideas," Beaty said. "We correlated the connectivity strength in this network while they were thinking creatively with the quality of their responses."

Based on the results of that test, Beaty and colleagues developed a predictive model and tested against brain scan data collected for earlier studies on creativity.

"We used already-published data. we found that based on how strong the connections are in this network, we could guess pretty accurately how creative you're going to be on a task," Beaty said.

Ultimately, Beaty said he hopes the study dispels some myths about creativity and where it comes from.

"One thing I hope this study does is dispel the myth of left versus right brain in creative thinking," he said. "This is a whole-brain endeavor."

It's also not clear that this can't be modified with some kind of training. "It's not something where you have it or you don't," he added. "Creativity is complex, and we're only scratching the surface here, so there's much more work that's needed."

Adapted from: Harvard University. Roger E. Beaty, Yoed N. Kenett, Alexander P. Christensen, Monica D. Rosenberg, Mathias Benedek, Qunlin Chen, Andreas Fink, Jiang Qiu, Thomas R. Kwapil, Michael J. Kane, Paul J. Silvia, 2018, accessed in February 2020.
As we read in the text "Creativity is typically defined as the ability to come up with new and useful ideas”, in the same way when we say someone is reliable, we meant to say:
Alternativas
Q1721767 Inglês
Answer the question according to the text bellow

THE CREATIVE BRAIN IS WIRED DIFFERENTLY

Scientists studying brain scans of people who were asked to come up with inventive uses for everyday objects found a specific pattern of connectivity that correlated with the most creative responses. Researchers were then able to use that pattern to predict how creative other people's responses would be based on their connections in this network. The study is described in a January 15 (2018) paper published in the Proceedings of the National Academy of Sciences.

"What this shows is that the creative brain is wired differently," said Roger Beaty, a Post-Doctoral Fellow in Psychology and the first author of the study. "People who are more creative can simultaneously engage brain networks that don't typically work together. We also used predictive modeling to show we could predict, with some degree of accuracy, how creative people's ideas were (based on brain scans) that had already been published." Beaty and colleagues reanalyzed brain data from previous studies and found that, by simply measuring the strength of connections in these peoples' brain networks, they could estimate how original their ideas would be.

While the data showed that regions across the brain were involved in creative thought, Beaty said the evidence pointed to three subnetworks -- the default mode network, the salience network and the executive control network -- that appear to play key roles in creative thought.

The default mode network, he said, is involved in memory and mental simulation, so the theory is that it plays an important role in processes like mindwandering, imagination, and spontaneous thinking.

"In terms of creativity, we think that's important for brainstorming," Beaty said. "But you're not always going to stumble onto the most creative idea that way, because you might be drawn to something unoriginal from memory, so that's when these other networks come online."

The salience network, he said, detects important information, both in the environment and internally. When it comes to creativity, researchers believe it may be responsible for sorting through the ideas that emerge from the default mode network.

Lastly, Beaty said, the executive control network works to help people keep their focus on useful ideas while discarding those that aren't working.

"It's the synchrony between these systems that seems to be important for creativity," Beaty said. "People who think more flexibly and come up with more creative ideas are better able to engage these networks that don't typically work together and bring these systems online."

To identify the brain network involved in creativity, Beaty and colleagues recruited a total of 163 volunteers, and used functional magnetic resonance imaging (FMRI) technology to scan their brains as they tried to conceive of creative ideas for everyday objects, like a brick or a knife or a rope.

The team then trained "raters" to review the responses from participants and evaluate how creative their ideas were.

"Creativity is typically defined as the ability to come up with new and useful ideas," Beaty said. "We correlated the connectivity strength in this network while they were thinking creatively with the quality of their responses."

Based on the results of that test, Beaty and colleagues developed a predictive model and tested against brain scan data collected for earlier studies on creativity.

"We used already-published data. we found that based on how strong the connections are in this network, we could guess pretty accurately how creative you're going to be on a task," Beaty said.

Ultimately, Beaty said he hopes the study dispels some myths about creativity and where it comes from.

"One thing I hope this study does is dispel the myth of left versus right brain in creative thinking," he said. "This is a whole-brain endeavor."

It's also not clear that this can't be modified with some kind of training. "It's not something where you have it or you don't," he added. "Creativity is complex, and we're only scratching the surface here, so there's much more work that's needed."

Adapted from: Harvard University. Roger E. Beaty, Yoed N. Kenett, Alexander P. Christensen, Monica D. Rosenberg, Mathias Benedek, Qunlin Chen, Andreas Fink, Jiang Qiu, Thomas R. Kwapil, Michael J. Kane, Paul J. Silvia, 2018, accessed in February 2020.
The words: BRAINSTORMING, MIGHT, FLEXIBLY, WHILE, ENDEAVOR, that appear in the text are grammatically and respectively used as:
Alternativas
Q1721766 Inglês
Answer the question according to the text bellow

THE CREATIVE BRAIN IS WIRED DIFFERENTLY

Scientists studying brain scans of people who were asked to come up with inventive uses for everyday objects found a specific pattern of connectivity that correlated with the most creative responses. Researchers were then able to use that pattern to predict how creative other people's responses would be based on their connections in this network. The study is described in a January 15 (2018) paper published in the Proceedings of the National Academy of Sciences.

"What this shows is that the creative brain is wired differently," said Roger Beaty, a Post-Doctoral Fellow in Psychology and the first author of the study. "People who are more creative can simultaneously engage brain networks that don't typically work together. We also used predictive modeling to show we could predict, with some degree of accuracy, how creative people's ideas were (based on brain scans) that had already been published." Beaty and colleagues reanalyzed brain data from previous studies and found that, by simply measuring the strength of connections in these peoples' brain networks, they could estimate how original their ideas would be.

While the data showed that regions across the brain were involved in creative thought, Beaty said the evidence pointed to three subnetworks -- the default mode network, the salience network and the executive control network -- that appear to play key roles in creative thought.

The default mode network, he said, is involved in memory and mental simulation, so the theory is that it plays an important role in processes like mindwandering, imagination, and spontaneous thinking.

"In terms of creativity, we think that's important for brainstorming," Beaty said. "But you're not always going to stumble onto the most creative idea that way, because you might be drawn to something unoriginal from memory, so that's when these other networks come online."

The salience network, he said, detects important information, both in the environment and internally. When it comes to creativity, researchers believe it may be responsible for sorting through the ideas that emerge from the default mode network.

Lastly, Beaty said, the executive control network works to help people keep their focus on useful ideas while discarding those that aren't working.

"It's the synchrony between these systems that seems to be important for creativity," Beaty said. "People who think more flexibly and come up with more creative ideas are better able to engage these networks that don't typically work together and bring these systems online."

To identify the brain network involved in creativity, Beaty and colleagues recruited a total of 163 volunteers, and used functional magnetic resonance imaging (FMRI) technology to scan their brains as they tried to conceive of creative ideas for everyday objects, like a brick or a knife or a rope.

The team then trained "raters" to review the responses from participants and evaluate how creative their ideas were.

"Creativity is typically defined as the ability to come up with new and useful ideas," Beaty said. "We correlated the connectivity strength in this network while they were thinking creatively with the quality of their responses."

Based on the results of that test, Beaty and colleagues developed a predictive model and tested against brain scan data collected for earlier studies on creativity.

"We used already-published data. we found that based on how strong the connections are in this network, we could guess pretty accurately how creative you're going to be on a task," Beaty said.

Ultimately, Beaty said he hopes the study dispels some myths about creativity and where it comes from.

"One thing I hope this study does is dispel the myth of left versus right brain in creative thinking," he said. "This is a whole-brain endeavor."

It's also not clear that this can't be modified with some kind of training. "It's not something where you have it or you don't," he added. "Creativity is complex, and we're only scratching the surface here, so there's much more work that's needed."

Adapted from: Harvard University. Roger E. Beaty, Yoed N. Kenett, Alexander P. Christensen, Monica D. Rosenberg, Mathias Benedek, Qunlin Chen, Andreas Fink, Jiang Qiu, Thomas R. Kwapil, Michael J. Kane, Paul J. Silvia, 2018, accessed in February 2020.

Based on the text, determine which statements are TRUE (T) or FALSE (F).


( )The creative brain showed nonspecific connections.

( ) By measuring the strength of connections in the volunteers' brain networks, the researchers could estimate how creative their ideas would be.

( ) Brainstorming means “group discussion to produce ideas or solve problems”.

( ) The study demonstrated that creativity is simple matter and that only predisposed people can develop a creative mind.

Alternativas
Q1721765 Inglês
Answer the question according to the text bellow

THE CREATIVE BRAIN IS WIRED DIFFERENTLY

Scientists studying brain scans of people who were asked to come up with inventive uses for everyday objects found a specific pattern of connectivity that correlated with the most creative responses. Researchers were then able to use that pattern to predict how creative other people's responses would be based on their connections in this network. The study is described in a January 15 (2018) paper published in the Proceedings of the National Academy of Sciences.

"What this shows is that the creative brain is wired differently," said Roger Beaty, a Post-Doctoral Fellow in Psychology and the first author of the study. "People who are more creative can simultaneously engage brain networks that don't typically work together. We also used predictive modeling to show we could predict, with some degree of accuracy, how creative people's ideas were (based on brain scans) that had already been published." Beaty and colleagues reanalyzed brain data from previous studies and found that, by simply measuring the strength of connections in these peoples' brain networks, they could estimate how original their ideas would be.

While the data showed that regions across the brain were involved in creative thought, Beaty said the evidence pointed to three subnetworks -- the default mode network, the salience network and the executive control network -- that appear to play key roles in creative thought.

The default mode network, he said, is involved in memory and mental simulation, so the theory is that it plays an important role in processes like mindwandering, imagination, and spontaneous thinking.

"In terms of creativity, we think that's important for brainstorming," Beaty said. "But you're not always going to stumble onto the most creative idea that way, because you might be drawn to something unoriginal from memory, so that's when these other networks come online."

The salience network, he said, detects important information, both in the environment and internally. When it comes to creativity, researchers believe it may be responsible for sorting through the ideas that emerge from the default mode network.

Lastly, Beaty said, the executive control network works to help people keep their focus on useful ideas while discarding those that aren't working.

"It's the synchrony between these systems that seems to be important for creativity," Beaty said. "People who think more flexibly and come up with more creative ideas are better able to engage these networks that don't typically work together and bring these systems online."

To identify the brain network involved in creativity, Beaty and colleagues recruited a total of 163 volunteers, and used functional magnetic resonance imaging (FMRI) technology to scan their brains as they tried to conceive of creative ideas for everyday objects, like a brick or a knife or a rope.

The team then trained "raters" to review the responses from participants and evaluate how creative their ideas were.

"Creativity is typically defined as the ability to come up with new and useful ideas," Beaty said. "We correlated the connectivity strength in this network while they were thinking creatively with the quality of their responses."

Based on the results of that test, Beaty and colleagues developed a predictive model and tested against brain scan data collected for earlier studies on creativity.

"We used already-published data. we found that based on how strong the connections are in this network, we could guess pretty accurately how creative you're going to be on a task," Beaty said.

Ultimately, Beaty said he hopes the study dispels some myths about creativity and where it comes from.

"One thing I hope this study does is dispel the myth of left versus right brain in creative thinking," he said. "This is a whole-brain endeavor."

It's also not clear that this can't be modified with some kind of training. "It's not something where you have it or you don't," he added. "Creativity is complex, and we're only scratching the surface here, so there's much more work that's needed."

Adapted from: Harvard University. Roger E. Beaty, Yoed N. Kenett, Alexander P. Christensen, Monica D. Rosenberg, Mathias Benedek, Qunlin Chen, Andreas Fink, Jiang Qiu, Thomas R. Kwapil, Michael J. Kane, Paul J. Silvia, 2018, accessed in February 2020.
It is possible to comprehend from the text that the main finding of the research was:
Alternativas
Q1720776 Educação Física
De acordo com o Edital Normativo nº 001/2020, são atribuições do Cargo de Educador Físico, entre outras, EXCETO:
Alternativas
Q1720775 Educação Física
“Trata-se de um questionário detalhado que deve ser respondido com o máximo de fidelidade possível. Seu preenchimento é feito antes mesmo da avaliação física propriamente dita. Com esse teste, o avaliador poderá analisar com mais tempo e cautela os hábitos diários da pessoa, tais como alimentação, horas de sono, rotina de trabalho e tempo disponível para se exercitar”.
A conceito do texto acima é de avalição física do tipo:
Assinale a alternativa CORRETA:
Alternativas
Q1720774 Educação Física
Coordenação é a ação de combinar diversos grupos musculares, através do sistema nervoso central, para a execução de uma série de movimentos com o máximo de eficiência e economia de energia. A coordenação permite a criança e ao adulto dominar o corpo no espaço, controlando seus movimentos e está ligada aos componentes da aptidão motora.
A respeito dos sobre componentes da aptidão motora, assinale a alternativa CORRETA:
Alternativas
Q1720773 Educação Física
O esporte é um modo de atividade física praticado como método para melhorar a saúde, com finalidade educativa, profissional ou sociocultural. Entre os tipos de esportes existem os jogos, ginástica, lutas e danças. 
A respeito dos esportes de lutas, danças e jogos, analise os itens a seguir, complete as lacunas e assinale a alternativa CORRETA:
____________são disputas que usam técnicas em sua essência, como o Taekwondo, sendo uma arte marcial coreana que foi introduzida no Brasil em 1970, taekwondo é basicamente, através do treinamento, possibilitar ao praticante adquirir corpo e mente fortes e saudáveis, respeito, disciplina e humildade. ______________ podem ser considerados(as) hobbies como o zumba, ambas modalidades visam como benefícios, melhorar aptidão física, bem-estar mental e formar relações sociais. _____________ são considerados "esportes da mente", pois não exigem tanto do corpo dos praticantes, entre eles estão o xadrez e a dama, é fato que a prática dessa modalidade ajuda o desenvolvimento do raciocínio lógico, pensamento estratégico, capacidade de concentração e autoconsciência.
A sequência CORRETA é:
Alternativas
Q1720772 Pedagogia
Segundo o Decreto nº 10.502, de 30 de setembro de 2020, que Institui a Política Nacional de Educação Especial: Equitativa, Inclusiva e com Aprendizado ao Longo da Vida, em seu artigo art. 6º, “São diretrizes para a implementação da Política Nacional de Educação Especial: Equitativa, Inclusiva e com Aprendizado ao Longo da Vida:
I. Oferecer atendimento educacional especializado e de qualidade, em classes e escolas regulares inclusivas, classes e escolas especializadas ou classes e escolas bilíngues de surdos a todos que demandarem esse tipo de serviço, para que lhes seja assegurada a inclusão social, cultural, acadêmica e profissional,
II. Estimular a viabilização da oferta de escolas ou classes bilíngues de surdos aos educandos surdos, surdocegos, com deficiência auditiva, outras deficiências ou altas habilidades e superdotação associadas.
III. Garantir, nas escolas ou classes bilíngues de surdos, a libras como parte do currículo formal em todos os níveis e etapas de ensino e a organização do trabalho pedagógico para o ensino da língua portuguesa na modalidade escrita como segunda língua.
IV. Priorizar a participação do educando e de sua família no processo de decisão sobre os serviços e os recursos do atendimento educacional especializado, considerados o impedimento de longo prazo e as barreiras a serem eliminadas ou minimizadas para que ele tenha as melhores condições de participação na sociedade, em igualdade de condições com as demais pessoas.
Estão CORRETAS:
Alternativas
Q1720771 Educação Física
Segundo o Conselho Federal de Educação Física, a avaliação física é um procedimento técnico-cientifico que objetiva reunir elementos para fundamentar a tomada de decisão sobre o método, o tipo de treinamento esportivo, de preparação físico-desportiva, de atividade física e/ou de exercício físico, assim como de outros procedimentos específicos, a serem adotados pelo profissional responsável pelo acompanhamento do beneficiário.
De acordo com a avaliação antropométrica, assinale a alternativa CORRETA:
Alternativas
Q1720770 Educação Física

Sobre a Psicologia do Esporte, analise os itens a seguir:


I. A palavra “psicologia” vem do Grego antigo psyque, que significa “mente”, e logos, que significa “conhecimento ou estudo”.


II. É o campo da ciência que trabalha com as emoções, pensamentos e comportamentos que afetam atletas e praticantes de atividade física.


III. Psicologia do Esporte desenvolveu suas próprias teorias para analisar os pensamentos e comportamentos relevantes ao contexto do esporte e do exercício.


IV. Tem como objetivo melhorar o desempenho esportivo ou a qualidade da experiência da atividade física, ajudando atletas e praticantes a controlar suas emoções, seus pensamentos, sua ansiedade, agressividade, relação com companheiros de equipe, entre outros.


V. O psicólogo do esporte tem o papel de ajudar indivíduos a encontrarem o estado mental que possibilite seu melhor desempenho.


Estão CORRETAS:

Alternativas
Q1720767 Educação Física

Analise o texto abaixo e preencha as lacunas CORRETAMENTE:


A ________________ é armazenada em nosso corpo sob a forma de glicogênio muscular e __________________. Os _______________ são a matéria-prima para a produção do(a) __________________ que é a primeira e principal fonte de energia utilizada durante o exercício. Os estoques musculares e hepáticos de glicose são limitados e por isso é importante atentar para o consumo de carboidratos quando se pratica exercícios.


A sequência CORRETA é:

Alternativas
Q1720764 Educação Física
O treinamento esportivo envolve ações coordenadas para que se tenha um padrão lógico e mecânico para atingir o objetivo de um determinado desporto.
São considerados princípios do Treinamento Esportivo:
I. Individualidade Biológica. II. Adaptação. III. Continuidade. IV. Sobrecarga. V. Interdependência Volume-Intensidade.
Estão CORRETAS:
Alternativas
Q1720763 Educação Física

A Ginástica é classificada em duas modalidades. São elas:


Assinale a alternativa CORRETA:

Alternativas
Q1720762 Educação Física
Sobre a ginástica, analise os itens a seguir e assinale a alternativa INCORRETA:
Alternativas
Q1720506 Fisioterapia
A fisioterapia para idosos ou geriátrica é uma área voltada especificamente para tratamento, prevenção e reabilitação de pacientes idosos. A fisioterapia para idosos trabalha também na reabilitação das mais diversas patologias neurológicas, ortopédicas e respiratórias.

Sobre a Fisioterapia para idosos ou geriátrica, analise os itens e assinale a alternativa INCORRETA:
Alternativas
Q1720505 Fisioterapia
As mulheres ao longo da vida passam por fases e momentos específicos, determinados por mudanças hormonais, físicas, psicológicas e sociais. Como o iniciar e concluir do ciclo menstrual e da fertilidade, a descoberta e o desenvolver da sexualidade e do próprio corpo, a gravidez e a maternidade, o amadurecimento e o envelhecimento. O fisioterapeuta pode atuar nas mais diversas fases de suas vidas, melhorando a qualidade de vida da mulher.

As principais afecções que atinjam a vida das mulheres e onde a fisioterapia consegue intervir com ótimos resultados são:

I. Incontinência urinária.
II. Disfunções sexuais.
III. Prolapso.
IV. Dores pélvicas.
V. Câncer ginecológico e câncer de mama.

Estão CORRETAS:
Alternativas
Q1720504 Fisioterapia
O fisioterapeuta especialista em cardiorrespiratória, neonatologia ou intensivista é capacitado para:

I. Facilitar e melhorar a ventilação alveolar do prematuro, a partir da avaliação do estado geral do recém-nascido, das análises dos parâmetros ventilatórios e exames complementares (raio-X de tórax e gasometria arterial).

II. Planejar e atuar com técnicas que promovam a reexpansão das unidades alveolares previamente fechadas, a fim de minimizar o tempo de ventilação mecânica e de internação na UTIN, além da morbidade associada a estes fatores, averiguando sempre o risco-benefício do tempo de manipulação.

III. Através da fisioterapia, promover a diminuição dos sinais do desconforto respiratório e suas complicações, através da drenagem das secreções dos pulmões e a melhora da ventilação, prevenindo e revertendo atelectasias, hipóxia, hipercapnia, com manutenção da permeabilidade do sistema cardiorrespiratório.

IV. Aperfeiçoar a função respiratória através da manutenção das vias aéreas permeáveis, favorecendo as trocas gasosas e uma adequada relação ventilação-perfusão.

Estão CORRETAS:
Alternativas
Q1720503 Fisioterapia
É o nome dado à malformação das articulações do bebê, ocasionando limitação de movimento e menor força muscular. Nesse quadro, o bebê tem dificuldade em mover as articulações devido a uma contratura. Normalmente, as articulações não se desenvolvem, a cápsula articular (membrana que envolve as articulações) se torna fibrosa e espessa, dificultando os movimentos. Além disso, os tendões se tornam fibrosos e o músculos ficam atrofiados e desenvolvem infiltrações de gordura. Tudo isso faz com que a criança não consiga mover as articulações que estão com este dano.

O conceito do texto acima refere-se à:

Assinale a alternativa CORRETA:
Alternativas
Q1720501 Fisioterapia
A mielomeningocele, também conhecida como espinha bífida aberta, é uma malformação congênita da coluna vertebral da criança em que as meninges, a medula e as raízes nervosas estão expostas. Sobre a Espinha Bífida aberta, analise os itens:

I. Assim como acontece com muitos outros problemas de saúde, esta condição parece resultar de uma combinação de fatores genéticos e ambientais, como histórico familiar de malformações da coluna vertebral e deficiência de ácido fólico.

II. Normalmente, durante o primeiro mês de gestação, os dois lados da espinha dorsal se fecham sobre a medula espinhal e todos os nervos e meninges que a acompanham. A coluna vertebral protege a medula, impedindo que ela sofra quaisquer tipos de danos.

III. Nos pacientes com mielomeningocele o enfoque fisioterapêutico tradicionalmente visa a melhora da força muscular, adequação do tônus, prevenção de contraturas, independência funcional, principalmente no que se refere à deambulação, e otimização do desenvolvimento infantil.

IV. Ter algum parente de sangue com histórico de mielomeningocele aumenta as chances de vir a ter um filho ou uma filha com a doença também, embora a maior parte dos casos da doença seja de crianças sem histórico familiar.

V. O ácido fólico é um importante nutriente para o desenvolvimento saudável de um bebê. O folato é a forma natural da vitamina B9. O ácido fólico é a forma sintética da vitamina B9, encontrado muito em suplementos e alimentos fortificados. A deficiência deste nutriente aumenta o risco de espinha bífida e de outros defeitos da coluna vertebral.

Estão CORRETAS:
Alternativas
Respostas
6641: D
6642: A
6643: C
6644: B
6645: E
6646: A
6647: A
6648: A
6649: D
6650: A
6651: E
6652: A
6653: E
6654: B
6655: B
6656: C
6657: E
6658: E
6659: A
6660: E